Medical Terminology Unit 2 Flashcards
superior
towards the head or upper portion of the body
inferior
towards the feet or lower portion of the body
anterior
towards the front of the body
ventral
towards the front of the body
posterior
towards the back of the body
dorsal
towards the back of the body
caudad
the direction of the x-ray tube directed towards the feet
cephalad
direction of the x-ray tube towards the head
medial
towards the middle or the center of the body
lateral
on or closer to the side
promixal
nearer to the point where the limb attaches to the body
distal
further from the point where the limb attaches to the body
bilateral
pertaining to both sides of the body or structure
unilateral
pertaining to only one side of the body or structure
deep
toward the inferior
superficial
near the surface
visceral
refers to the internal organs
axial
around an axis or central ray angled along axis
abduction
joint moving away from midline
adduction
joint moving toward the midline
circumduction
moving a body part to trace a circle
eversion
turned outward
inversion
turned inward
flexion
bending of a joint (think of muscle contractions)
extension
straightening of a joint (think of muscle contractions)
supination
turning of the palm of the hand or the medical edge of the foot upward
pronation
turning the palm of the hand downward or raising the lateral edge of the foot
dorsiflexion
rotation of the foot upwards
plantar flexion
rotation of the foot downward
hyperextension
extending of a joint past a straight or neutral position
protraction
movement forward from a normal position
retraction
movement backward or drawn back from a normal position
Anatomical Positioning
Patient standing facing forward, arms at side , palms forward, legs straight , feet flat and toes pointed forward
Projection
A positioning term that describes the direction of a x-ray beam
Anteroposterior (AP) projection
The standard position where the x-ray passes front to back
Posteroanterior Projection
X-ray passing back to front ; also a standard position
Mediolateral projection
Ray passing from inside of the body towards the outside
Laterinedial projection
Ray passes from the outside of the body towards the inside
Anatomical Positioning
Patient standing facing forward, arms at side , palms forward, legs straight , feet flat and toes pointed forward
Projection
A positioning term that describes the direction of a x-ray beam
Anteroposterior (AP) projection
The standard position where the x-ray passes front to back
Posteroanterior Projection
X-ray passing back to front ; also a standard position
Mediolateral projection
Ray passing from inside of the body towards the outside
Laterimedial projection
Ray passes from the outside of the body towards the inside
Anatomical Positioning
Patient standing facing forward, arms at side , palms forward, legs straight , feet flat and toes pointed forward
Projection
A positioning term that describes the direction of a x-ray beam
Anteroposterior (AP) projection
The standard position where the x-ray passes front to back
Posteroanterior Projection
X-ray passing back to front ; also a standard position
Mediolateral projection
Ray passing from inside of the body towards the outside
Lateromedial projection
Ray passes from the outside of the body towards the inside
decubitus (remember position of central ray)
central ray in a horizontal position and person is lying in a sideways superman
supine
patient lies on back with arms at side and everything lying straight out
prone
patient lying on stomach with legs straight out and arms under the head or bent at sides
recumbent
refers to a patient lying down in any postion
dorsal recumbent
patient lying on back and knees possibly bent
ventral recumbent
patient lying face down
lateral recumbent
patient lying on side
lithotomy position
(baby being delivered position)
knees and hips flexed
thighs abducted and rotated externally
central ray
the angle and direction of x-ray tube in relation to the image receptor or body part. With a reference to the middle of the x-ray beam coming from the x-ray tube
perpendicular
alignment of the central ray at 90 degrees to the IR
projection
path or direction of the central ray as it passes through the patient to give an image on the IR
palpitation
the process of applying light pressure with the fingertips onto the patient to find positioning landmarks
topographic landmarks
bony structures used by technologist to find structures/organs on the body
sagittal plane
divides the body into left and right hemispheres
longitudinal plane
divides the body into left and right hemispheres
median plane
divides the body into left and right hemispheres
mid- plane
just means making the division equally
coronal plane
divides the body into front and back sections
transverse plane
divides the body into upper and lower
horizontal plane
divides the body into upper and lower
oblique plane
longitudinal or transverse plane at a slant and not parallel to any other plane